Audio message system with programmer

• US 4,101,742 A
• Filed: 12/03/1976
• Issued: 07/18/1978
• Est. Priority Date: 12/03/1976
• Status: Expired due to Term

• Current Assignee: Edwin D. Craig
• Original Assignee: Edwin D. Craig
• Inventors: Clark, Ruel Ross, Craig, Edwin D.
• Primary Examiner(s): Cardillo, Jr., Raymond F.
• Application Number:
  US05/747,070
• Time in Patent Office: 592 Days
• Field of Search: 179/100.1 C, 179/100.1 PS, 179/100.1 VC, 179/100.1 R, 360/12, 360/69, 360/71, 360/72, 360/79, 346/20
• US Class Current: 369/22
• CPC Class Codes: G09B 5/12 different stations being capable of presenting different information simultaneously G09B5/14 takes precedence
• CPC Class Codes: G11B 15/005 Programmed access in sequence to indexed parts of tracks of operating tapes, by driving or guiding the tape access by driving of both record carrier and head G11B15/1816; see prov. also G11B15/602

Abstract

A plurality of audio message units are each comprised of a control circuit which receives intervaled timing pulses from a clock. The control circuit sends a start signal to a tape player. An audio detect circuit is connected to the audio output of the tape player and supplies a run and stop signal to the player through the control circuit upon the detection of an audio signal at the tape player output and its subsequent termination, respectively. Speakers are connected to the audio output of the tape player of each respective message unit to broadcast audio messages preprogrammed on the tapes of each tape player. A programmer for programming the tapes has a tape recorder with a microphone and a digital clock with means to set and incrementally advance displayed time to the time a particular message is to be broadcast by a particular audio message unit. The system may include a security message unit to broadcast audio messages reflecting the existence of a security violation. Each message unit may also include an automatic rewind circuit.

Claims

1. A programmable audio message system comprising:

a clock to generate intervaled timing pulses;

a plurality of audio message units, each of said units having;

control circuit means conductively connected to receive said intervaled timing pulses and to generate a start control signal upon receipt thereof,

tape player means conductively connected to receive said start control signal, said tape player having means to generate an audio signal and an audio output,

an audio detect circuit conductively connected

(1) to the audio output of said tape player to detect the presence of an audio signal and

(2) to supply a run and stop signal to said tape player through said control circuit to cause said tape player to run as long as an audio signal is present at said audio output,

tape means for positioning on said tape player, said tape being preprogrammed with a plurality of brief audio messages;

speaker means associated with each of said audio message units conductively connected to the audio output of its respective tape player to receive audio signals therefrom and generate corresponding audible signals;

wherein the intervaled timing pulses of said clock cause the control circuit of each message unit to start its respective tape player means in accordance with a time program to play the next brief audio message on said tape and the audio detect circuit of each respective message unit detects (1) the playing of the brief message at the audio output of its respective tape player to cause said tape player to run and (2) the absence of audio signals at the audio output to cause said tape player to stop; and

wherein said tapes are preprogrammed by a tape programmer comprised of;

tape recorder means havng an input with a microphone connected thereto to receive an audible input;

digital time display means;

control means conductively connected to said tape recorder means and to said digital time display means, said control means having;

a counter control circuit conductively connected to said time display means to supply signals thereto to cause said time display means to display a preselected time,

an audio monitor circuit conductively connected to detect the presence and absence of audio input to said tape recorder means and to send a pulsing signal to said counter control to advance the displayed time a preselected increment of time after detection of the presence of an audio input of selected duration followed by the absence of said audio input, said audio monitor circuit having means to inhibit recording for a selected period after the detection of said absence of said audio input.

2. The system of claim 1 further comprising a security message unit having:

detection circuits positioned to detect security indicia and transmit security signals indicative thereof;

a security control circuit conductively connected to receive said security signals and generate a start and run control signal;

security tape player means conductively connected to receive said start and run control signal, said security tape player having means to generate security audio output signal;

tape means for positioning on said security tape player which is preprogrammed with a plurality of audio messages;

speaker means conductively connected to receive said security audio output signal and generate corresponding audible signals; and

wherein said detection circuits send a security signal upon the detection of a security indicia to cause said security tape player to operate and generate said security audio output which is audibly broadcast by said speaker means.

3. The system of claim 1 wherein said counter control circuit includes a manually operable set switch conductively connected to supply a set signal to cause a preselected time to be set into said time display means, a manually operable pulse switch conductively connected to supply a pulse signal to cause said time display means to advance displayed time a preselected increment of time, and a unit advance switch conductively connected to cause an audible tone to be generated and supplied to the tape recorder input, said tone being longer in duration than said selected duration for said audio monitor circuit to send said pulsing signal.

4. The system of claim 3 wherein said audio monitor circuit includes means to visually indicate enablement to receive said audible input after the said inhibited period.

5. The system of claim 4 wherein said digital time display means includes a selector switch to add and subtract a preselected time increment to displayed time.

6. The system of claim 5 having a first audio message unit with speakers positioned to broadcast to customers at a point of sale location and a second audio message unit with speakers positioned to broadcast to the employees proximate a point of sale location.

7. The system of claim 6 wherein said second audio message unit includes a delay circuit conductively connected to said control circuit to supply a signal to delay operation of said second audio message unit for a preselected period of time after receipt of said intervaled timing pulses, said delay being less in magnitude than the interval of said pulses.

8. The system of claim 7 further comprising a rewind circuit conductively connected (1) to said clock to receive a rewind pulse signal therefrom, (2) to said tape players of said first and second audio message units to supply a rewind signal thereto, and (3) to said delay circuit to supply a signal to bypass said delay when said rewind circuit is activated, said rewind circuit sending rewind signals to cause the tape players of said audio message units to rewind their respective tapes upon receipt of said rewind pulse signal from said clock.

9. The system of claim 8 wherein said tape players and said tape recorder are conventional cassette tape machines and wherein said tape means is a conventional cassette tape.

10. Apparatus for programming cassette tapes for use with an audio message system having cassette tape recorders, said apparatus being comprised of:

a cassette tape recorder having an input with a microphone connected thereto to receive an audible input;

digital time display means;

control means conductively connected to said tape recorder means and to said digital time display means, said control means having;

a counter control circuit conductively connected to said time display means to supply signals thereto to cause said time display means to display a preselected time,

an audio monitor circuit conductively connected to detect the presence and absence of audio input to said tape recorder means and to send a pulsing signal to said counter control to advance the displayed time a preselected increment of time after detection of the presence of an audio input of selected duration followed by the absence of said audio input, said audio monitor circuit having means to inhibit recording for a selected period after the detection of said absence of said audio input.

11. The apparatus of claim 10 wherein said counter control circuit includes a manually operable set switch conductively connected to supply a set signal to cause a preselected time to be set into said time display means, a manually operable pulse switch conductively connected to supply a pulse signal to cause said time display means to advance displayed time a preselected increment of time, and a unit advance switch conductively connected to cause an audible tone to be generated and supplied to the tape recorder input, said tone being longer in duration than said selected duration for said audio monitor circuit to send said pulsing signal.

12. The apparatus of claim 11 wherein said audio monitor circuit includes means to visually indicate enablement to receive said audible input after the said inhibited period and wherein said digital time display means includes a selector switch to add and subtract a preselected time increment to displayed time.

13. In an audio message system for broadcasting point of sale messages of the type having a clock connected to a tape machine to play timed messages at a preselected interval, the improvement comprising the use of a programmer to program said tapes, said programmer having;

tape recorder means having an input with a microphone connected thereto to receive an audible input;

digital time display means;

control means conductively connected to said tape recorder means and to said digital time display means, said control means having;

a counter control circuit conductively connected to said time display means to supply signals thereto to cause said time display means to display a preselected time,

an audio monitor circuit conductively connected to detect the presence and absence of audio input to said tape recorder means and to send a pulsing signal to said counter control to advance the displayed time a preselected increment of time after detection of the presence of an audio input of selected duration followed by the absence of said audio input, said audio monitor circuit having means to inhibit recording for a selected period after the detection of said absence of said audio input.

14. The improvement of claim 13 wherein said counter control circuit includes a manually operable set switch conductively connected to supply a set signal to cause a preselected time to be set into said time display means, a manually operable pulse switch conductively connected to supply a pulse signal to cause said time display means to advance displayed time a preselected increment of time, and a unit advance switch conductively connected to cause an audible tone to be generated and supplied to the tape recorder input, said tone being longer in duration than said selected duration for said audio monitor circuit to send said pulsing signal.

15. The improvement of claim 14 wherein said audio monitor circuit includes means to visually indicate enablement to receive said audible input after the said inhibited period and wherein said digital time display means includes a selector switch to add and subtract a preselected time increment to displayed time.